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Advanced Inertial Navigation Systems (INS) for Reliable Navigation in Challenging Operational Environments
Advanced Navigation is a global leader in Assured PNT (positioning, navigation and timing). The company creates navigation solutions and autonomous systems that deliver the utmost in precision and reliability across the land, air, sea, and space domains.
All products are ITAR-free, ensuring a secure, scalable supply chain for global allies. The intelligent hardware provides exceptional performance even where GNSS signals are denied or contested.
Advanced Navigation’s INS deliver reliable navigation even in the most challenging operational environments, providing accurate position, velocity, acceleration, and orientation for tactical autonomous and crewed platforms with low SWaP-C.
The rugged sensors are equipped with sophisticated electronic protection that has been specifically designed to ensure mission continuity and resistance against electromagnetic warfare threats, countering the global rise in GNSS jamming and spoofing.
The company’s product ranges, which have been trusted by major defense organisations worldwide including Rheinmetall, BAE, Hanwha, Lockheed Martin, Leonardo and NASA, include:
Boreas Series: A rugged Fibre-Optic Gyroscope (FOG) INS featuring a north-seeking gyrocompass, making it ideal for dependable navigation in harsh and GNSS-denied environments.
Certus Series: Utilizes ultra-high accuracy Micro-Electromechanical Systems (MEMS) technology in a low SWaP-C form factor.
The Boreas A and D Series are rugged FOG-based inertial navigation systems featuring north-seeking gyrocompassing for highly accurate heading and orientation without the need for GNSS signals or magnetometers. The Boreas D Series provides options for multi-band and all-band GNSS receivers as well as enhanced electronic protection to counter jamming and spoofing. A Series sensors provide heading and orientation as an AHRS and INS, and can provide full positioning and navigation capabilities when provided with an external position source.
Boreas A
Boreas D
The low-SWaP sensors are ruggedized for extreme environments, with IP67-rated ingress protection and high levels of resilience to shock, vibration and EMI. The comprehensive set of I/O options includes Ethernet, CAN, RS232, 1PPS, RS422, and GPIOs.
Certus Evo is an ultra-high-accuracy MEMS-based GNSS/INS that provides FOG-like performance in a low SWaP footprint.
Featuring a cutting-edge AI-powered sensor fusion algorithm, it outputs mission-critical position, velocity, acceleration, and orientation data under the most challenging of conditions.
The rugged sensor incorporates a dual-antenna RTK GNSS receiver, delivering centimeter-level positioning accuracy as well as heading that is not impacted by magnetic interference and has no motion requirements. It also features a GNSS-disciplined oscillator that can act as the primary time source within a distributed system, enabling access to ultra-accurate time using PTP or NTP.
The Certus Mini D is an ultra-miniature MEMS-based GNSS/INS that delivers mission-critical position, velocity, acceleration, and orientation data under highly demanding conditions.
With L1/L5 GPS and dual antennas, it consistently maintains accurate heading without the need for magnetic calibration, and is unaffected by magnetic interference.
The low-SWaP sensor has been built with a safety-oriented RTOS, and all software is designed and tested to high safety standards with fault-tolerance in mind. A revolutionary AI-powered sensor fusion algorithm offers robust health monitoring and instability prevention to ensure stable and reliable data.
Advanced Navigation’s solutions enable tactical vehicles to operate effectively without the need to rely on GPS, delivering precise positioning and orientation data that is resilient against jamming and spoofing threats. Providing a layer of resilience on top of existing systems, they allow military commanders to know exactly where their assets are at all times.
Military radar systems need to maintain accuracy in highly dynamic conditions and GPS-denied scenarios. Advanced Navigation’s INS ensure ultra-reliable tracking, stabilization and orientation, even in the face of shock, vibration and environmental interference.
Explore: INS Solutions for Precision Radar
Providing unparalleled heading accuracy even in GPS-denied environments, Advanced Navigation’s FOG-based inertial navigation systems allow counter-UAS radars to scan, aim, and lock onto small drone threats with speed and confidence, ensuring effective tracking and neutralization.
Intelligence, surveillance and reconnaissance platforms such as UAVs benefit massively from inertial navigation systems, which provide the continuous and accurate positioning and orientation data required for flying in GPS-denied airspace, targeting specific locations, and stabilizing sensor pointing.
Explore: INS Solutions for ISR platforms
Autonomous vehicles across land, sea and air require precise real-time navigation and pinpoint accuracy to excel in demanding operational environments. Advanced Navigation’s easily-integrated INS offer high-performance capabilities without the need for sole dependence on satellite signals.
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